Digital Pathology Slide Scanner

 

 

A digital pathology slide scanner is a device used to digitize glass slides containing tissue specimens.

The scanner captures high-resolution digital images of the entire slide or selected regions of interest, which can then be viewed and analyzed on a computer screen.

This technology enables remote access to virtual slides and facilitates collaboration between pathologists and other healthcare professionals.

Digital pathology slide scanners are commonly used in clinical, research, and educational settings.

 

 

GCell digital pathology slide scanner has 3 characteristic as follows

1. Lightning fast speed: This system also boasts lightning-fast speed, allowing for quick processing and analysis of multiple image samples. This can significantly improve workflow efficiency and reduce turnaround time for diagnostic results.

2. Quiet and Stable Scanning: Another key feature of this system is its quiet and stable scanning capabilities. This reduces unnecessary disruptions and vibrations, which can lead to inaccurate image output and ultimately impact diagnostic decisions. By ensuring a stable and quiet environment, the system can produce more consistent and reliable results.

3. High Fidelity: The system also delivers high fidelity images, ensuring that the details of the tissue samples are accurately and clearly represented in the final output. This is vital in supporting accurate diagnosis and treatment decisions, giving medical professionals greater confidence in their findings and recommendations.

 

 

GCell digital pathology slide scan advantage is using the S type trajectory scan. It is a common technology used in the field of scanners.

It uses an S-shaped track for scanning, which can improve scanning efficiency and accuracy compared to traditional one-dimensional linear scanning.

In addition, the S-shaped track can avoid scanning duplicate areas, reducing scanning time and cost. By using S-type track matrix scanning technology, the speed and quality of digital scanning can be improved, making scanners widely used in fields like medicine, biology, and industrial production. With this technology, scanning time is reduced and scanning accuracy is increased compared to traditional linear camera Z-type single-line scanning.

The camera array scanning method with a larger target surface area is also superior. Using CMOS and high-quality pixels, the camera frame rate is ≥43 frames/second, ensuring scanning continuity and the minimum number of image stitching points.